1 401 m² Land available in Outeniqua Strand

VIEW OVER CLIFF AND SEA!

SITE LOCALITY

Outeniqua Strand, located on the southern coast of South Africa,

offers stunning views of the Indian Ocean and the majestic

Outeniqua Mountains.

This peaceful coastal village is known for its unspoiled beaches,

making it perfect for swimming, surfing, and fishing. The area is

surrounded by lush nature reserves and hiking trails, providing

ample outdoor activities.

The local community enjoys a relaxed, laid-back lifestyle, with

access to essential amenities such as markets, cafes, and

nearby towns like George. Its natural beauty, mild climate, and

proximity to the Garden Route make it a desirable destination for

both residents and visitors.Outeniqua Strand, located on the southern coast of South Africa,

offers stunning views of the Indian Ocean and the majestic

Outeniqua Mountains.

CLIMATE STUDY

Outeniqua Strand experiences a mild mediterranean

climate with moderate temperatures year-round.

Summer high temperatures typically range from 24C

to 32C, while cooler winter maximums average

between 15C and 20C.

Rainfall is heaviest in winter June to August, with

approximately 700900 mm annually, and the dry

summer months see less precipitation. Humidity is

generally moderate to high in summer.

When designing buildings in this region, its essential to

consider the temperature variations and humidity.

Passive design strategies, such as maximizing natural

ventilation, using thermal mass materials, and orienting

buildings to capture winter sun, can enhance comfort

and energy efficiency, reducing the need for artificial

heating and cooling.

WIND STUDY

The wind data for Outiniqua Strand also plays a part in building

design, revealing predominant wind directions and speeds that

allow buildings to be oriented for optimized natural ventilation,

reduced energy costs, and enhanced comfort. Strategically

placed windows, vents, and shading devices effectively harness

prevailing winds for cooling while minimizing the impact of strong

gusts.

This approach also informs the selection of materials and

structural elements, ensuring durability, reducing wind load

impacts, and resulting in a well-ventilated, energy-efficient, and

resilient building suited to its specific context.

SUN STUDY

A sun study in site analysis examines the sun''s path to optimize building

orientation, window placement, and shading design. This ensures maximum daylight

exposure, reduces overheating, and enhances energy efficiency.

By analysing sunlight patterns, the design can incorporate thermal massing- a

strategy where materials like concrete or brick absorb, store, and slowly release heat.

During summer months, proper shading prevents overheating by blocking direct

sunlight. In winter months, when the sun is lower, allow more direct sunlight to

penetrate. Thermal mass captures and stores this solar energy, releasing it at night.

By balancing these seasonal dynamics, thermal massing and passive solar

strategies we can enhance energy efficiency and indoor comfort.

VIEWS FIRST FLOOR

Scouting from a 4.5-meter height approximately first-floor eye level

using a drone focuses on identifying key perspectives that capture the

surrounding landscape and environment.

Providing valuable insights into how the building will

interact with its surroundings. When relevant, multi-storey views will

also be explored.

This approach ensures a thorough understanding of the sites

relationship with its environment from an elevated vantage point,

allowing for design decisions that maximize both the aesthetic and

functional potential of the building.

Price negotiable!

Stand not to MISS!